Leather laser cutting and engraving 

In the current shortage of enterprise workers, high wages, rising costs, lower profits, people's new, changing, quality, and increasingly fierce competition in the industry, the emergence of laser laser cutting machines, laser cutting machines, and other laser automation equipment has undoubtedly solved. The above problems.

For the footwear industry, the current complex and fierce market competition and rising costs have brought heavy pressure to the survival and development of various industries, and seeking new demands has become a top priority. More and more enterprises will save manpower, automation and intelligence as the future development direction, and the quality and cost-effective leather laser cutting machine is naturally welcomed by the market. Laser cutting machines, laser engraving machines and other laser equipment can save labor costs for shoe-making enterprises; for enterprise employees, it is undoubtedly happy to reduce work intensity and create more benefits.

Why is laser cutting used in the leather industry? Laser cutting offers greater flexibility and flexibility than other conventional processing methods. In fact, laser cutting is suitable for many industries and fields such as advertising, clothing, construction, packaging, electronics and electrical appliances. For the leather industry, because the laser beam acts on a very small area, unlike other thermal cutting methods, it often leads to problems such as wide slits, large heat affected areas, and significant workpiece deformation. By saving processing costs, reducing production costs, and improving efficiency and quality, leather users naturally prefer leather laser cutting machines.

1. The slitting of the leather laser is narrow and the deformation of the workpiece is small.
The laser beam of a leather laser cutter is explored as a smaller spot that causes the focus to exceed a very high power density. At this time, the heat output from the beam is far as much as the light, conduction or spread of the material, and the material is quickly cooled to a vaporization level, and the cooling forms a hole. As the beam moves relatively linearly with the material, the reciprocal of the holes forms a wide slit. The effect of trimming heating is small, and there is basically no deformation of the workpiece.The leather laser cuts into burr-free, wrinkled, high precision, higher than plasma cutting. For many electromechanical production industries, modern laser cutting systems controlled by microcomputer programs can be easily cut into workpieces of different shapes and sizes. It is often preferred over die cutting and molding processes; although it is slow to process. In the mold, but it does not consume the mold, no need to repair the mold, but also saves the time to replace the mold, thereby saving processing costs and reducing production costs, so it is more cost-effective to consider.

2. leather laser cutting into a high energy, density controllability, no recognition processing.
After the laser beam is explored, it constitutes a small point of action with extremely strong energy, and it is used for cutting into many features. First, the laser light energy is converted into incredible heat energy in a very small area, which can obtain

(1) narrow straight edge slits;

(2) heat affected zone larger than the nearby trim;

(3) minimum Local deformation. Secondly, the laser beam does not produce any force on the workpiece.

It is a tool that is not known to be cut into tools. This means that

(1) the workpiece has no mechanical deformation;

(2) there is no tool wear, and there is no problem with the tool switching;

(3) Cutting into a material does not have to take into account its hardness, that is, the laser cutting ability is affected by the hardness of the material being cut, and any hardness material can be cut.

Thirdly, the laser beam is highly controllable and has high adaptability and flexibility. Therefore,

(1) it is convenient to combine with the automation equipment, and it is easier to construct the cutting process automation;

(2) because there is no tolerance for cutting into the workpiece. The laser beam has unlimited contour cutting ability;

(3) it is integrated with the computer, which can discharge the whole board and save materials.

3. leather laser cutting into a universal adaptability and flexibility.
Laser cutting is more adaptable than other conventional processing methods. First, compared with other thermal cutting methods, as a thermal cutting process, other methods cannot be used in a very small area like a laser beam, resulting in a wide slit, a large heat affected zone, and significant workpiece deformation. Lasers can be cut into non-metals, while other methods of thermal cutting are not possible.